MCC Section and Face Plates Electrical Panel

This industrial MCC section and face plate Revit family provides a detailed representation of modular switchgear for MEP projects. This Revit family represents a modular Motor Control Centre (MCC) configured in an L-shaped layout, typical for electrical plant rooms. It features a series of vertical sections with integrated face plates, control interfaces, and switchgear components. The assembly is finished in a neutral grey and charcoal palette, reflecting standard industrial steel enclosures. The geometry includes detailed panel fronts, handles, and display screens, providing an accurate visual representation for technical documentation. The model is structured to reflect the modular nature of power distribution equipment, ensuring appropriate scale and spatial requirements within a MEP model.

The download is a 1.3 MB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this family is intended for placement within plant rooms or dedicated electrical spaces. Users can insert the component into the model and align it against walls or floor-mounted housekeeping pads. The family is designed for standard BIM coordination workflows, allowing for clash detection with cable trays, conduits, and ventilation ductwork.

This equipment is essential for detailing electrical rooms, substations, and industrial plant facilities across residential, commercial, and healthcare sectors. It serves as a critical coordination asset during the design development and construction documentation phases, where clearance zones and spatial planning are paramount. Professionals will find this model useful when searching for switchgear, power distribution units, or MCC components to populate technical drawings. It pairs effectively with other electrical infrastructure elements like cable management systems, floor-mounted conduits, and secondary distribution boards in complex MEP environments.